Help with probability proof!

[sneaky]

These are from a textbook

1.
Consider the uniform distribution on [0,1]. Compute with proof.

$\displaystyle \lim_{n\to {\infty}}P(\frac{1}{4}, \;\ 1-e^{-n})$


2.

Suppose $\displaystyle P(0, \;\ \frac{8}{4+n}) = \frac{2+e^{-n}}{6}, \;\ \forall \;\ n = 1,2,3...$
What must P({0}) be?

 

[Denis]

Are you a student? What grade are you in?
Knowing that makes it easier for us to help.

 

[sneaky]

student,2nd year uni